Dynamic characteristics analysis of ship model considering RDP system
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초록
A verification of ship maneuvering performances to avoid collision has been studied in various types of mathematical model implementations. It is difficult to simulate the effects of the operation according to the dynamic characteristics of the actual propulsion system only with the simple theoretical approach and the experimental technique. This paper presents a development of a mathematical ship model to simulate dynamic characteristics and the ship maneuvering performances considering the propulsion system. The conventional simple model and the integrated model considering the propulsion system are compared and analyzed in PSIM environment. The performance comparison of the models was confirmed by the initial turning test, steady turning test, yaw checking test and stopping ability at the design speed of ship.
Abstract
A verification of ship maneuvering performances to avoid collision has been studied in various types of mathematical model implementations. It is difficult to simulate the effects of the operation according to the dynamic characteristics of the actual propulsion system only with the simple theoretical approach and the experimental technique. This paper presents a development of a mathematical ship model to simulate dynamic characteristics and the ship maneuvering performances considering the propulsion system. The conventional simple model and the integrated model considering the propulsion system are compared and analyzed in PSIM environment. The performance comparison of the models was confirmed by the initial turning test, steady turning test, yaw checking test and stopping ability at the design speed of ship.
참고문헌 (15)
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